Rename the related user concept as profiles.
When returning profiles of a user include the
user as a profile of itself.
Change-Id: Id5d4f29017b7ca6844632ce643f10331ad733e1d
The Zygote class is now in com.android.internal.os. It is
responsible for the vast majority of work before and after
the call to fork(). It calls back into the Runtime via
the new dalvik.system.ZygoteHooks class to allow the Runtime
to perform pre fork cleanup and post fork initialization.
The native code in Zygote.cpp is a direct and straightforward
port of the existing code in art. Most differences are
superficial, for example :
- We use C style logging (ALOGE) instead of stream based
logging.
- We call env->FatalError() instead of using LOG(FATAL)
Change-Id: Ia101fb2af12d23894fe57e4134d2bc6d142e5059
With this CL, the power status of TV/display is keep tracked of
by hdmi cec server part, specfically HdmiCecDevicePlayback.
Turned the HdmiCecDevice to abstract class from which classes of
concrete device type(HdmiCecDevicePlayback, HdmiCecDeviceTV) are
inherited. The display power status code is put in HdmiCecDevicePlayback
only. HdmiCecDeviceTv will have its own logic that manages power status of
devices connected to it. For now it only has a bare minimum code.
Will be worked on in follow up CLs.
Other changes:
- Replaced sendGiveDevicePowerStatus() with isTvOn() so that the status
can be queried by clients.
- Defensively check the availability of HdmiCecService so that
HdmiCecManager.getClient() returns null in case the service couldn't
be initialized. This ensures clients of the service gets the nulled-out
HdmiCecClient when called in the state/configuration where the service
is not available, thus proceed accordingly.
Change-Id: Idaf69e73cfbd639c0b40b1bd4b6146f011246180
Now that there's a half dozen bugs to fix, switch back
to the stable renderer until the issues are addressed
Change-Id: I1513cf26717e8ab6b1a038e86ae9a40f5f1a3c50
When configuring output right after submitting some capture request, the
waitUntilIdle clears the capture mCaptureListenerMap and
mRepeatingRequestIdDeletedList. This caused the listener is cleared before
the capture result is delivered to application side. Since the listener is
already removed properly, it is really not needed to clear them right after
idling the device.
It also doesn't make sense to add the repeating request id that has no
listener hooked up to the mRepeatingRequestIdDeletedList, this caused
out of sync between id deleted list and the mCaptureListenerMap for
repeating request.
Bug: 13730119
Change-Id: I94ab7a5515f841ffd97b103c2c1b71d92afd955a
The API and implementation of NsdManager imply that a separate
Listener is to be used for each active registration or discovery
request. This isn't formally documented or properly enforced, and
weird and unpredictable things happen if an application uses a
Listener for more than one request at a time.
Update documentation to make this an explicit requirement.
Enforce the restriction when a new request is submitted for
processing; if the Listener is already being used to track an active
request, throw an exception.
Document the fact that apps should unregister services and cancel
service discoveries when the app is stopped (in KitKat and prior
releases, they'll leak if this isn't done.)
Re-order "release the Listener" operation to occur before the Listener
callback, so that the Listener can be reused by the application once
the callback has been entered - this eliminates a race condition.
Document this.
Pass 2: typos, added documentation about API level, changed to using
an explicitly defined return value for "busy listener".
Bug: 13512512
Change-Id: Ic164110759204b27d8a14376777b593ebe1865fa
